New & Used CT Scanner, Toshiba, Asteion Super 4

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Item Details

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Item Price (USD)

Year manufactured

928182812

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Device: CT Scanner
Manufacturer: Toshiba
Model: Asteion Super 4

Location: Japan, Chiba

80000 80,000

2005

984514608

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Device: CT Scanner
Manufacturer: Toshiba
Model: Asteion Super 4

Location: United Arab Emirates

120000 120,000

2005

527967182

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Device: CT Scanner
Manufacturer: Toshiba
Model: Asteion Super 4

Location: United Arab Emirates

Negotiable

2005

372104376

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Device: CT Scanner
Manufacturer: Toshiba
Model: Asteion Super 4

Location: United Arab Emirates

Negotiable

2005

716575161

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Device: CT Scanner
Manufacturer: Toshiba
Model: Asteion Super 4

Location: India, Uttar Pradesh

Negotiable

2006

CT Scanner may also be referred to as :

Scanning System, Computed Tomography, Full Body | Scanner, Computed Tomography, X-ray | Scanner, Computed Tomography, Mobile | Scanner, Computed Tomography, Full Body | Scanner, Computed Tomography | Scanner, Computed Axial Tomography | CT Scanning System | Computerized Tomograph | CAT | Computer Assisted Tomography Scanner | Computed X-ray Tomography Scanner | Computed Tomography Scanning System | Computed Tomography Scanner | CAT Scanner | MSCT

Tips for buying CT Scanner

1. Make sure you know exactly what type of CT scanner you require: a mid-range 16-slice system can adequately perform most routine clinical exams.
2. Wide-bore CT scanners, which are similar systems with larger gantry apertures, are appropriate for oncology exams, and are also useful for scanning bariatric patients.
3. CT scanning systems with more and thinner slices in one rotation, can handle more complex exams and more varied patient populations. The incremental benefit actually decreases as the number of slices that can be acquired increases. The smallest slice width on a 4-slice CT scanner, for example, is the same as that on a 16-slice scanner.
4. Most exams do not require the smallest slice width. For slices wider than 5 mm, there is no difference between 4-slice and 16-slice systems.
5. Computer Tomography Systems may also be different in the speed of image reconstruction. Acquiring more slices is not advantageous if patient throughput is held up by slow image reconstruction. There is no point in buying a very high specification computer that will rarely be utilized.
6. Before buying a CT scanning system, facilities must evaluate patient population, clinical needs, and desired throughput. Low-volume facilities, for example, will not benefit much from the more efficient use of the x-ray tube on a 16-slice scanner to justify its replacement cost.
7. Buyers should consider several design features before purchasing a CT scanner. The basic clinical applications are quite similar for units from various manufacturers. The differences between top-of-the-line CAT scanner units and less sophisticated ones generally involve cycle time, spatial resolution, data-storage features, and helical scanning protocols.
8. Buyers are encouraged to examine any CT scanner model they are considering, while it is operating.
9. Specially air-conditioned computer rooms are still required in some cases, although distributed processing in the construction of CT scanners has eliminated the need for them.
10. The reliability of the CT scanning system can be harmed if adequate air-conditioning for the computer equipment is not provided. This ultimately shortens its useful life. The existing hospital air-conditioning system cannot be used in most cases since its operation is connected to outdoor weather and since many times it is already operating close to capacity.
11. The ability of the CT scanner to make artifact-free images often depends strongly on the electrical power energizing the instrument. Buyers should install surge suppressors and means for automatic disconnection if the power fails.
12. Installation time varies among suppliers and may range from one week to two months. The most common installation period is two weeks.
13. Adequate training is a must due to the complexity of CT scanners. The training usually consists of one or more visits to the site by an instructor provided by the supplier. These visits can last 3-4 days, but longer visits are often desirable, depending on the expertise and experience within the facility. Users should arrange for follow-up visits 3-6 months after installation.